B+B SmartWorx WLNG1 Manual De Usuario
Configure the All-in-One
19
4 Configure
the
All-in-One
Overview
The All-in-One is designed for use with a server-based application that sends print data in response
to scan data received from the All-in-One. The general process is as follows:
to scan data received from the All-in-One. The general process is as follows:
1.
When turned on, the All-in-One attempts to register with the server using network and server
configuration parameters that are stored in the All-in-One.
configuration parameters that are stored in the All-in-One.
2.
The All-in-One queries the server for any updates (firmware or configuration, for example).
3.
The All-in-One is ready to scan.
4.
After scanning a bar code, the All-in-One sends the information contained in the bar code to
the server.
the server.
5.
The server responds with print data.
6.
When the All-in-One receives the print data, the All-in-One signals the user that it is ready to
print.
print.
7.
After printing (or timing out) the All-in-One is ready to scan again.
In order to perform this scan-print process, several steps must be taken to ensure that all of the
devices in the process can communicate with each other. These steps are as follows:
devices in the process can communicate with each other. These steps are as follows:
Implement the server application. Refer to the Scan Print Protocol document, available at
Configure the All-in-One devices to communicate with the server application.
Design the print templates.
Configure the server application and All-in-One devices to receive wireless updates (optional).
Implement the server application
The communication between the server application and the All-in-One is implemented using the All-
in-One Scan Print Protocol (SPP). SPP is an ASCII-based protocol that contains a number of
command and response pairs used to communicate with and configure the All-in-One.
in-One Scan Print Protocol (SPP). SPP is an ASCII-based protocol that contains a number of
command and response pairs used to communicate with and configure the All-in-One.
A number of factors must be considered when designing the server application. The primary
considerations are the number of devices that will be communicating with the server, and the
desired response time of the server application.
considerations are the number of devices that will be communicating with the server, and the
desired response time of the server application.
Refer to the Communication Protocols document for a detailed explanation of the protocol that
needs to be implemented on the server. It is available at
needs to be implemented on the server. It is available at
addition, a sample server application is available for download from this website.
Configure the All-in-One
HP sp400 Series Configuration Software is available for download at the All-in-One website
(
(
). This Windows®-based software is used to configure the
necessary device settings so that the All-in-One can communicate with the server application. The
settings that need to be configured fall into three categories:
settings that need to be configured fall into three categories:
Wireless settings: security type, ESSID and Encryption keys
Server settings: primary and alternate registration servers, file server, application name
Application settings: application name, print template